SCIENTIFIC ABSTRACT YE. V. CHERNYSHEV - K.B. CHERNYSHEVA

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308710001-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: December 30, 2016
• Document Release Date: June 19, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


op

l1wired pre.~ent-.Ive maintenance of tank fa-mm equi-Iment. 'ieftia-nik
6 no.91:18 S 161. (1 1Mk 14: 10)
(Tanks)

CMMYSHEV, Ye.H.
Automatic control and mechanization on 'tank farms. Neftignik 7
no.2-.15-16 F 162. - - (MIRA 15:2)
(Tanks)(Automatic control)
I

CHER.NYSHEV, YO.M.
Protective covering for michine parts to increase their we"
r8sistancoo Ma6he L neft, obor, no,2934,36 -163.'
(111RA 17t8)
1. Kiyevskiy Mlal Gosudaretvennogo instituta po proyektiro-
vaniyu magistrallnvkh truboprovodov.

CHEMUSHEVP Yee N.
"Salvaging Worn out Steel Cables,," Gore Zhur., 126, No.6, 1952

carmsavs YO.P.
Now design of 111term for fine fuel cleanirg. Ayt.prom. no.7:23-
24 i1 6o. (MVU 13:7)
1. Yaroalavekly motornyy savod.
(Autombilea-Puel systems)

CHERUYSHEV, Ye.P.
Soil erosion and water turbidity in the conditionn of the
Elinok-Dmitrov Ridge. Izv. All S~SR. Sar. geog. no.3-.64-69 164.
(MIRA 17:6)
1. Institut geografii AN SSSR.

- .cnlqr731mv,,~~. -. - - -
ChernvshAv. E. T, "A Nsw Device for the Calibratif-,n of Vagnatometers." Trudy
2
Voosoluzrogo llauchno-Is,,ledov. Institute "Jetecrologil I Standardizatoli, Lori -*,n_;ra-,I-
if
r.CSCOW, -0- 4, (20), 1933, pp. 87-93.

, Tz, T.
I
ChorpZshev, E. T. and Ivm,,,zkj, 9. IT. "An absolute liethod of Detemining the Yagnetic
SuE;ceptibility of Rocks." In the book: Magnitnye Issledovaniia i izmereniia, Trudy
VSE-so-luznogo Nauchno-Issledov. instituta Metrologii i Standardizatsii, 11-n-nirgrad-I'losew.0
No. 7, 1935, ppt 57-72.

CHIRK"MV, Ta.11.
-" S ~ 1
e--~ Lstex7dning the .magnetic heierogeneity of magwitic steel saxples.
Trady TRIM no,10:49-70 1$2. (MIU 11s6)
(Steel-Phignatio, properties)
=m

(;ffKFWWM,Te.T.*, !IMIY,K.F
a
B.M. lknovskii 9 600t'lh birthday. lzm. tekh. no.1!59 Ja-F 155.
()aah 8:9)
(IADovsk-ii, Ttrjs Kikhallovich,

CHARNYSEW, Te.T.; CMMUSHBYA, N.G.; CHERMU, U.N.
Magnetic c*haracterietics vaA their measurement under conditions
of alternating mgnetization. lix.vetA mete.1loved. 1 no.l:
92-100 '55. OUZA 9 -- 3)
1. VBeeoyuznyy nauchno-issledovatellskiyy Insititut metrologii
imeni D.I. Kendeleyeva.
(Magnetic materials)

Ht L,/ 77
112-3-6142
Translati6n from: Referativnyy Zhurnal, Elektrotekhnika,
Nr 3, 1957, P - 157 (USSR)
AUTHORS: S~ramkov, Ye. G., Chernyshev, Ye. T.
TITLE: Translation of Ma goetic Quantities from Standard to
Practical Units (Peredacha znacheniy magnitnykh yedinits
ot etalona rabochim meram)
PERIODICAL: Tr. Vses. n.-i in-ta metrol., 1.956, Nr 29 (89),
pp. 5-17.
ABSTRACT: A checking circuit for magnetic measurements comparea
the field intensity and magnetic flux of specimen
coils with practical standards, which-in turn are com-
pared with electromagnetic standards .(Shramkov, Me. G.J.
Tr. Vses. n.-i in-ta metrol., 1952, Nr 10 (70) ). The
practical measurements are compared with the standard
measures. The most accurate method of comparLig mag-
netic measurements is the zero or ballistic method, in
which the secondary windings of the coils being com-
pared are connected either according to one of the
bridge connection diagrams or as bucking coils in series
Card 1/2

C h PC 7
112-4-7596
Translation from: Referativnyy Zhurnal, Elektrotekhnika, 1957i Nr 4,
P. 7 (IISSR)
.AUTHOR: Chernyshev, Ye.T.
TITLE: Selecting Magnetic Charaateristics when Magnetiz4ng
Ferromagnetic Materials in Alternating Magnetic Fields
(Vybor magnitnykh kharakteristik pri namagnichivapii
ferromagnitnykh materialov v peremennykh magnitnykh polyakh)
PERIODICAL% Tr. Wes. n.-I. In-t metrologil, 1956, Nr 29(89), pp. 36-50
ABSTRACT: Curves of magnetic Inductivity as a function of fileld
potential are compared. These curves were obtained from
tests mgde on various materials. The curves are compared
for varjous mathods of determining- through the ampli-
tudes 'B and, H;. -,thro u*gh their effectTve values and also
througli the fiAt'harmonics. Six bibliographic entries.,
L. A. B.
Card 1/1

C
CHnNYSHEY, Ye.Tv; GHEGMMINA, ye. N.
Selection of magnetic ch"teristics of ferromagnetic materials
in simultaneous magnetization by permanent and alternating mag-
netic fields. Tftdy TNIIK no.29.'51-57 156. (MIRA. 100Z)
(Yerromgnatism)

~~Ilelll III Y's 1~j:-, ~ 11-C - T.
CMWMHEV, Ye.1%; CMMMHWA, N.G.
Iftm 5 aw - -
. . Studies on the methods of magnetic meanxrements in the range of
fre~*encies. ?rudv MIN no.29.-83-108 156. (NIFLA 10:12)
(Magnetic measurements)

OMMSHXV, Ye.T.
comply!.Mg with the All-UnIon St
ate Standard 802-54 in testing steel
used ir- the electric industry,. Standar-bizatmila no.2349-51 Mr-Ap 157~
(MA 16:6)
~Sevoyuznyy hap-issledovatel'skiy inatitut metrologii im.
i*410 HandeleyovZouc
(Shoat steel-StaudiLrds)

~' r.. ~ q I Vr '~) N t V) re"I.
ARUTYEWOV, V.O*- GORZATSSVICB. S.T.; ZUBRILIN. V.P.; IDLOSOV, A.K.;.ROKL-
k.r.;
TIKHMZUV. P.M.- CHIRNYSHIW, -TejT.; SHIRCKOT' K.P.;
NOVA,
F
SMUMOT. Ye.G.; YANOTSKIYo B.
Rkbail Ybdoseevich
Ism, tekh, no,2:-
855-86 Hr-Ap 157. (K= l0.-6)
(Nalikov. Mikhail Fedozoevich, 1882-)

Ow- "I'll. I -
CUXWSHF,Vp Ye ? Vwpr-1,
Scientific session of the Mendeleev All-Union Research Institute
for Yetrology. Ism. takh. no.3:93 14Y-,Te 157. (MLRA 10:-8)
(Mensuration)

a 1;; r\ F, 1i V- V, L~
24-58-3-37/38
.AUTHOR: Solomonov, M.
TITIB : Role and Importance of Magnetic Elements, Some FinclLngs of
the All-Union Conference on Magnetic Elements-AInAutomation,
Telemechanics and Computer Engineering (Roll i znacheniye
magnitnykh elementov. Nekotoryye itogi vsescyuzno,-,o soveshch-
aniya po magnitnym. elementam avtomatiki.., telemekhani-ki i
vychislitell.noy tekhniki)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Otdeleniye TekhLaicheskikh
NaWk, 1958, Nr 3,; pp 1?4-175 (USSR)
.ABSTRACT: This conference was convened by the Institut avtomatiki
i telemekhaniki Akademi-i nauk SSSR (Institute of Automatics
and Telemechanics,, Academy of Sciences USSR) and the Komissiya
o magnitn;~m usilitelyam i beskontaktnym magnitnym elementam
Commission on hlagnetic Ampl-ifiers and Contactless Masnetic.Dev
~
ices).It was held on Nov. 20-30. 195q with the participation
of 800 delegates. representinL~ 240 research and industrial.
organisations. in the plenary meetktZs the fol].owing papers
were read: B. S. Sotskov on "Present state and problems of
developing magnetic elements for automation and telemechanics";
K. M. Polivanov on "Dynamic characteristics of elements of
electric circuits"; R. V. Telesnin "The influence of mac-netic
C~l
Card 1N scosity ..on the process of remagnetizatior. of cores"; 11. A.

24-258-3-37/38
.Role and Importance of Magnetic Elements. Som(-; Rind-ings of the All-
Union Conference on Magnetic ElementsinAutomation, ~xelemechanics
and Computer Engineering.
Rozenblat on "Certain factors influencin- the static and
dynamic characteristics of toroidal cores"; E. T. Chernyshev,
N. G. Chernysheva and E. N. Chedurina on "Present state of
the problem of testing magnetic materials in dynamic
regimes"; M. A. Rozenblat and 0. A., Tedykh on "Pundamental
principles of constructing (type) series of toroidal cores for
magnetic amplifiers and contactless maznetie~ elements". A
C,
niniber of papers were read in two sections (magnetic ampli-
fiers and discrete masr-e',ic elements), Alto-ether 80 papers
and comipunicat4lons were presented. These showed that in
recent years successful results were obtained in the Soviet
Union in the field of theory, development and application of
various types of magnetic elements to automation, telemechan-
ization and computer engineering. Application of magnetic
elements brings about a considerable improvement in reliab-
ility and simplifier, the design,and operation of equipMent.
Depending on the type of the apparatus, use of static -La--
0
netic elements instead of electronic tubes, relays'. amplidynes,
Card 2/A

24-58-3-37/38
Role and Importance of Magnetic Elements. Somc Findings of the All-
Union Conference on Magnetic ElementsInAutomation, Telemechanics
and Computer Engineering.
etc. results in an increase in efficiency, reduction of
dimensions', increased speed of response, a reduced power
consumption, an increase in sensirivity and a reduction in
the costs of apparatus and , rious other advantage-s. Simul-
taneous utilization of magneuic amplifiers and semiconductors
will enable the scilution of complicated technical problems and
opens up wide prospects for further improvement of apparatus
used in automation, remote control, computer and communication
engineering.
Card 3/3
I# Telamechanics arA Computer Engi:neerv--Ccnfer=ec!_US.9R_

SHRAWDV, Te.G.; GORBATSEVICH, -S.V.; ~GWSOV, A.K.; DIOTKOVj I K.; RDZHDBNVBNSEATA
T.B.; SHIMKOV, K.P.- CHMxSnV Ye.T., YANOVSKly, B.;~
Metrological activities in the fleli of electric anZ magnetic measure-
ments. Tr'udy.VNIIN no.33-:60-93 ~1580' (WILI 11: 11)
1. Rukovoditell otdola elektriebeakikh i magnitnykb i2mareniy
Vassoyusifogo naucbno-ionledovatellakogo inatitutametrlogii Imeni
D.I. Nlendele"*a (for Shrazkov).
(Electric wasurements) (Hugfietic measuremonfs)

CEMMHEV, Ye.T.j SIUMCOV, Yb.G.
I)rinciplev underlying the construction of different sy#teems for
the transfer of magnetic unit values. Trudy\Intt. Kop# stand...
mer i izm. prib., no.43.,5-10 160. (MIRk 2417)
(Magnetic measurer-ints)
%4

CHERY,YSBEV, Ye.T.- CHERNYSHEVA, N.G.; CHECHURDU, Ye.N.
T,nterls~~oratory comparison of standard measures of magnetic flux.9
measuring coilo., and noxv%al samples of mapetic mat~rialoo'
Trudy-inst. Koma stand., mer i izm. prib. no.43:40-42 160.
(MIRA 14:7)
(Magnetic measurements)

S/194/61/000/010/001/082
U 2.5 6/D3 0 1
AUTHORS: Oralova, I.A. and Chernyshei, Ye.l,
TITLE: Determining total-loss in specimens of ferromagnetic
materials by calorimetric methods
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 109 1961, 6, abstract 10 A45 (Tr. in-tov, Kom-
ta standartov, mer i iziAeritel'nykh priborov pri
Sov. Min. SSSR, 1960, no. 43 (103), 82-89)
TEXT: Methods are de~_cribed of total-loss measurements in
specimens of ferromagnetic materials at frequencies up, to 20 kcs/sec.
Results are presented of comparative investigations of the calori-
meter-, wattmeter and bridge- methods. Using the calorlmetric meth-
od the tested specimen was placed together with the magnetizing coil
in a Dewar vessel filled with transformer oil, and the losses were
determined by measuring the temperature of the oil. The value of
the max. magnetic induction corresponding to the measured loss was
Card 1/2

S/194/61/000/010/001/082
Determining total-loss... D2.56/D301
calculated from the mean value of the a.c. emf as measured with a
vacuum-tube voltmeter. The value of the magnetizing current was
obtained from the PD across a standard reSiStor measured with a
vacuum-tube voltmeter. A 1131-10"-type generator with a power arripli-
fier was used to supply the apparatus. In order to determine the
loss irt.watts from the temperature readings, the thermal capacity
of the system was determined using a d.c. supply and measuring the
current and voltage by a compensation method, and the time with a
chronograph operated in parallel from the current switch. A 1.5%
accuracy of the total-loss measurements was achieved for frequen-
cies up to 20 kcs/sec. Z-Abstracter's note: Complete translation._7
Card 2/2

CHERKYSHYT YO*To
Sy&Nnium on theruometry in the United States. Iza.tekh. no,6:
60 To 161. - (KEU 14:5),
(United States-Theramtry)

CHERNY$1194 Ye..2.; CBFMSHEVA, N.G.; CH*HURINA, Ye.W.; BALIYAN, L.,
red.,- KASHIRIN, A., lekhn. red. t
[Magnetic measurements using alternating, and direct currents]
Magnitrye i=ereniia na postoiannom i peremennom toke. Moskva,,
Stfindartgiz, 1962. 18~ p. (MIRA 16-.1)
(Magnetic measurements) (Magnetic fields)
(Electric measurements)

CHEMSHEY, Ye.T.; CHECHURINA, Ye.K.; CH.ERN-ISENVA, N.G.; ORAIOOVA., I.A.
Research by the All-Union Research Institute of Metrology on
Uze establishment of methods and creation of equipment for
testing standard specimens of ferromagnetic materials by
alternating current. Trudy inst. Kom.stand.mor i izm. prib
no.64:145-19 162. (MIRA 105)
(Ferromagnetism-Measuremeut)
(Magnetic measurements-I~Iuipment and supplies)

1,11KITINAY S.B.; Yt,.T.
It 4-
DeteminIng the relative magnetIc permeability of wi~ak]y migneicc
0
steels. Nov. nauch.-4s.9i.rab. po.me tr. YNTIM no.5.'Q-1-4 164-
(MIRA '18:3)

CHERNYSHEV., Yle.T.;,CHECHURINA, Ye.N.
Present status and future development of magnetic measurements.
Izm. tekh. no,12:20-24 D 164. (MIRA 18:4)

GRECHUSENIOV, S. [Hrechuahnykov, S.1; MNILOV, G. [Danylov, H~
IMHCHINSKIT, M. (Lishchknolkyi. H.1, kand.tekhn.naak;
CHUMSHEV, Yu. [Chernyshov, IU.], nauchnyy sotradnik
Making blocks using granulatod slags and distillation wastes.
Bud.mat.i kon8tr. 2 no.1:28-30 F 160. (MIRA 13:6)
1. Diroktor Makeyevskogo zavoda shlakovykh materialov i blokov
(for Grechushnikov). 2. fiachallnik tsekha Makeyevskogo zavoda
shlakovykh matorialov i blokov (for Danilov).
(Building blocks) (Slag) (Industrial wastes)

S/74 5/62/0001/00-1 /J071/007
D2 01 / D3 08
AUMORS: Let-1,111OV, YLI. 11amonov, Ye. I. and Chernys'liev, Yu. A.
T 1 111 i, E En,r1rinocrin-, problems of pro-ramming automation in dis-
606RC-i"; Nc)scow. Iii.,,henerno-fi,,,,iclics'lciy institut. Vyc'InislitelInaya
teklinika, no. 4, 1962, 111-125
TI'IXT This is review and discussion of the following automatic pro-
of aiigital compul5lers as given in th., liter,ttire: the 'Al-
go; kal.-c-)ritlimic language) system, the 'Unco-,' system, and pro-
using conmon phrases. Methods-of blaciz-and-wh i It. e pattern
optical ocanning (full-parallel, partially parallel and point-by-
Point. with feedbacit), sources of error and me~ho(Is of correlclion
are discussed. Conclusion: the theoretical development of aUtoma-
4ng
tic programming i_,~% far ahead of 'U;.e corresponding engineer- con-
clusions and that all known methoCi3 of automation require a consi-
) 4
derabie (50 t-o 100 tlimes increase ol' the capacity ol" operational
_Memorieoll alld a successful solution of the problem could be reached
Card 112

S/74 51621000/00.:,,
pro b I cm s of D2 0 1,1' D3 08
only by proper coDrdi.
There are 1 11"~on 0- "Id
veo, tables and 10 references: 3 Soviet-bloc
and 7 non-Sovie t- bloc.
Card 2/2

L 34824-65 EVIT(l lip(c)
ACCESSION NR-- AP500468 5/0266/65/000/004/0085/0085
AUTHORS: Savislko,j F. A.; Prusakov, N, Z.; Chern icyi Yu. 1.
ysL
TITLE-. Control denrice, for electroluminesconce a s. Class 42, No. 168527
no 65
SOURCE t ByuU..etent izobreteniy i tovarnyidi znakov, 4, 19 6.5
TOPIC TAGSs electroluminescence control
ABSTRACT: This Author Certiticate presents a control device for electrolumines-
cence cells
contaixiing an electroluminescent element. The element is connected
to the secondairy of a transformer whose primary is connected to the output of the
control device, To, increase the reliability of information storage and elei-.4nt
selection eparametron. A coupling
, the device is made cC a tristable inductiv
transforw.,T with three orntrol coils is connected in series in the outp*'It circuit
of the parametron (sin Fig. 1 on the Eaclosure)* Orig, arto hast 1 diaFram,
IAS=IATIONs none
SM&TTEDt .280ar64 ENCL t 01 WB GODE1 OP, D"
'ARW CIM O)U OTM% OW

KALXIN, I.M.; CHIRXOVA, H.P.; XF-THAN, V.J.- KARLINSKAYA, L.S.; GANCEEKKO,
V.H.; POKIDYSHRY, H.L.; CBXWSWM. :u.P.; PLATONOV, G.Y.;
MIXHAYLOV, H.I.; ABUNIJIV. O.G.; BUTLVKO, H.S.;
DTUYSICKIN. Te.l.
Treatment of zinc-bearing alage in electric furnaces with coke
conductivity. TSvet. met 33 no. 12:15-23 D 160. (MM 13:12)
1. Leninogorskiy polimetallicheakiy kombinat (for Malkin, Chirkova.
Neyman, larlinakaya, Garchenko, Pokidyahev, Gherayshev). 2. Altay-
skiy gorno-inetallurgicheskly institut AN KazS-,-,R (for Platonov,
Kikhaylov, Abdeyev, Miller. Butenko, Dyuyi3akrin).
(Zinc-Blectrometalltirgy) Ollectric furnaces)

3)
pt. 7~00 (11+*'Y1y
'57 1_5_~/S-o
~308b4
S/054/61/000/004/005/009
B108/B138
AUTHOR: Chernyshev, Yu. S.
TITLE: Spin-echo in a weak magnetic field
PERIODICAL: Leningrad. Universitet. Vestnik. Seriya fizilki i khimii,
no. 4, 1961, 69 - 72
TEXT: A device is described for observing nuclear magnetic resonance
etc. in liquids by means of spin-echo in a weak magnetic field (0-5 -10C4.
The specimen ispre-polarized in a magnetic field of about 400 oe which is
perpendicular to the weak field. After the polarizing field has been
removed, the specimen is subjected to r.f.-pulses in the usual way. The
equipment is arranged as follows;
Pulse generator modulator------>coil system > receiver
b
->oscilloscope.
The pulse generator is shown in Fig. 2. The switch in the middle of this
Card 1/3

5/054/61/000/004/005/"009
Spin-echo in a weak magnetic field B106/3138
ty CUHX~OOHtI_IOfAU,*
2
a C xad revrPOMOP 4acxad
3t7dCP)IrKU
0 r-40
40
K mo~q Cmecumems 4renefpamo~p
Fip,. 2 too umnw~m
Card 3/3

S/058/63/000/(03/085/10't
A059/A101
--AUTHORS: Sveshnikov, A. 0., Xotik, I. P4,P
ChergiffiqV, YA, S.
One method of calculating the matching of flat waveguidec
AL: Referativrwy zhurnal, Fizika, no. 3, 1963, 25, abstract ':!Zhl46
("Sb. rabot Vychisl. tsentra Mosk. un-tall, 1962, v. 1, 2:14 - 245)
TMIT: A methtxX to solve the problem of matching two flat waveguides is
ested, which is appx43priate for performing numerical calculations with high-
sugg
speed compaters. The esseniial fecture of the method is that the irregular
~waveguide is converted to a flat equivalent regular waveguide with a dielectric
filling, dependent on the coordinates, by way of non-uniform compression in a
plane perpandicular to the waveguide plates. Mie solution of the protlem is
then atteqpted in the form of a Fourier's series in a new transverse coordinate.
For.the determination of the reflection and the transmission coefficients of
the individual harmonics,, an infinite system of first-order 21near differential
equations Is obtained. -Uhia system was solved with the computer " CTI,exa -411
(Strela-4) according to I%e standard program for the solution of a eyEtem of
Card 1/2

S/058/63/000/003/085/101,
One method of calculating the... A059/A1O1
differential equations by the fourth-orxier Runge-Kutta fornulas. Methodical
checks were performad for the determination of the stability of r--sull,;s on ad-
missible errors in each step of integration, and on a number of equat:~_ons re-
placing the infix-iite system, and it was shown that the second factor :.s here the
most important one. The influence of the geometry of the transition aetup on
the value of the reflection coefficient of the waveAncident on the Joint at un-
changed distance between the waveguides was studied. In the case, whon the
wavelength is considerably greater than the distance between the wavoguides,
rectilinear matching ir! 'best. When the angles in the trensition setup are
smoothed and the actual length of the region of passage is somewhat r(AUced,
reflection can be decreased by 10 - 15% as 6ompared to linear transitf.on. It
is shown that the elaborated program can be easily adapted to the anaLogous cal-
'culation of match4ng circular waveguides for azimuthally homogeneolis Jields.
K. Barsukov
plete translation]
[Abstraoter's noteA Com-
Card 2/2

G IU

L 21194-66 EVIT(l) GSIGN
ACC NR: AT6004609 OV) SOURCE CODE: UR/0000/65/000/000/0100/0113
AUTHOR: CherDysh V, YU, S.
ORG: no'ne
TITLE: Using the spin echo method for logging oil wells
SOURCE: Leningrad. Universitet. Yadernyy magnitnyy rezonans (Nuclear magnetic reso-
nance). no. 1, 1965, 100-113
TOPIC TAGS: nuclear magnetic resonance, petroleum, prospecting
ABSTRACT: The author considers the use of the spin echo thod in the magnetic
field of the earth for nuclear magnetic well lo- -- ee possibilities for meaeur-
ing geophysical characteristics of rock specimens (core samples) using laboratory
equipment are discussed, as well as means for taking measurements directly in the
.well. Block and schematic diagrams of the laboratory equipment are given together
with detailed descriptions of the operating principles. rormulas are given which
show that spin echo measurements directly in the well are feasible. Experiments will
he conducted in the near future to verify these theoretical calculations. Orig. art.
ha3: 7 figures, 5 formulas.
SUB CODE: 081 SUBM DATE: 03Nov65/ ORIG REF: 003/ OTH REF: 008
~Card la-U't-

Clit.Ell.., IN Y'Aff 14'9 4 ~~ -
I
jn labor expenditure. Putl i put. 'Xhoz. 9 nc,.10,;24 '65.
-11MIRA 1,9~10)
1. 1,)avTi.',rv InvIn. putfsvoy masllinnc~y stantaii No,20, stant;.qiya
'inskaya., Zapadno,,-~Abirakoy darogi.

CIMMYS#VA, A. F,
"Econon-icgeographic Characteristics of Chalkaro-Irgizskiy
Rayon, Aktyubinskaya Oblast of Kazakh SSR." Cand Geog Sci,
LenJngrad State Pedagogical Inst, Leningrad, 1951,. (MiGeol,
Feb "*.-\
SO: Sum. No. 631, 26 Aug 55 - Survey of Seientific and Technical
Dissertations Defended at US."R Higher Educational Institutions
(14)

CRMYSHRVA, A.F.
Specialization and the distribution of stock raising in the Cholkar-
Irgiz region. Izv.Vses.ge*g.*b-v& 88 n0-3;262-270 Mv-Je 156.
(MLRA 9:9)
(Chalkar-Irez rqi,,iox--Stock and stockbraeding)

Gill'W"Y13HEVA, A,F. .,
Prospects for developing agriculture in the southwestern regions
0
of Pe-ma Province. Uch. zap. Perm. gos. un. 15 no.2:9-15 160.
(mirit, 14:12)
(Perm ITovince--Agriculture)

Fccl-I tle() [-Ira
itr yOi
in IIJP- VotkLisk
Re-gemmir regioil for -010 Purl,ose of,developing transportatir-m-
Uch. Zap. Penn. gC,13. Ull. J,0j.--)7-691t",5
WRA 18:2)

~.,Jqf., r
O~z
prof, k I

S/062/61/000/001/001/016
B101/B220
AUTHORS: Ladeynova, L. V., Lozhkina, L. G., and Chernysheva, A. M.
TITLE: Study of systems with concentrated hydrogen peroxide.
Communication 22. The 201 and OOC isotherms of the
Cd(0"1)2 - H02 - H20 ternary system
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khimichrskikh
nauk, no. 11, 1961, 12-16
TEXT: The authors refer to the different, partly contradictory data on
cadmium peroxides. In Ref. 1 they had studied the system Zn(OH)2 - H202
H20, and because of the similar behavior of Zn and Cd they expected to
find analogous conditions in the Cd(OH)2 - H202 - H20 system. The present
report deals with the verification of this assumption. The system was
studied by means of the solubility method described in Ref. 1. Residuca
and liquid phases were analyzed for active o-yeen and CdO. The active
oxygen was determined by volvmetric analysis with *-Q"no4l the CdG- of the
residue as cadmium pyrophosphate. In the liquid phr-se NO was determined
V
Card 114

S/062/061/000/001/00 1/w 6
Study of systems with concentrated hydrogen ... B101/B220
by means of dithi,,,on and an ~9K-2 (PEK-2) electrophotocolorimeter. To
obtain equilibrium in the system, 2 hr were sufficient at OOC and about
1.5 hr at 200C. The 200C isotherm was studied between 0.00 and 80.10%
H202 in the liquid phase (Pig. 1). The OOC isotherm %as investigated
between 0.00 and 93.91% H202. For both temperatures, 5 solid phases were
found whose concentration ranges are indicated in Table 3. The inter-
'io.i between Cd'OH)2 and H202 resulted in phases of the hydrate type
c
a
whose composition is similar to that found in the corresponding System
with Zn(OH)2. An exact' analysis of the solid phases of the zlnc system
indicated that they contained the hyd.roperoxide 6roup -00H. This should
hold true for the cadmium system, too. There are 4 figures, 3 tables,
and 13 references: 3 Soviet-bloc and 6 non-Soviet-bloc.
ASSOCIATION: institut obshchey i neorganicheskoy khimii im. N. S.
Kurnakova Akademii nauk SSSR (Institute of General and
Inorganic Chemistry imeni TIT. S. Kurnakov, 11cademy of
Sciences USSR)
SUBMITTED: July 10, 1959
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S/062/61/DOC)/'001/001/01 6
Study of'systems with concentrated hydrogen... 3101/3220
Legend to Fig. 1
a) 02 active.
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S1062161100010011CO11016
Study of systems with concentrated hydrogen... BIOI/'B220
Legend to Table 3:
a\
I concentration range of KOHUCHTPaLtIIomHme npeAeAm cymec-raosaHmn TnePAWX 'Pa3
H 02, %'~y weight; 8 CHcTeme Cd(OH)2-H20j-HsO nPH 20 it 0*
bi solid phase. nIv-,,kCzW
%

76) 20- 0.
Cd OH)I 0100-11,60 0100-5140
Cdk.2H,O 1j,60-20,08 5,40-:!3,83
UO,- 1,5H,0 26,08-53,32 23,83-115,03
CdO,.H,O 53,32---:-,2t73 45,03-56,34.*
Cdol.0,3HO 72,73-89.10 58,34-M,91
Table 3
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CRPW-TYSIWA,,-A&,, kand. tekhn. Dauk., red.; BOBAKOV.. A.N., red.;
KOVALISYXA, I.F.p tekhn. red.
New printing machinerylNovaia poligrafichoskaia tekhnika.
Moskva.. 1962. 104 P- (MM 15:11)
1. Moscow. TSentraltz*7 institut nauchro-tekhnicheakoy in-
formatsii mashinostrayeniya.
(Printing press)

TIKHONMI, V.N.; CHERPYSHRVA, A.N.
Determination of silicon and titanium in the primary distillate of
titanium tetrachioride. Zav. lab. 31 no.2s164-A65 165. (min l8s7)
1. Bereznikovskiy filial Vsesoyuznogo instituta alyuminiyevoy,
magniyevoy i elektrodnoy promyshlennosti.

Ilnvestil-tion of th(-. opf~r~ton of ~ rth,trk~
T.:in "'clue -it-, lon Vl~--6i~. Nosco~i Ordr~r )f' L,-~rdn t~,rjntj- T--. t
* . . " - )I: - ,' jr.,qr,.i S'L r:,C-;
Ordzhonikidzo. (DiEscrtdl-lonF far the Degll(,e. of Candie-Alte, of' Technic-"
Sciences).
2~-, October !'!-csccr-~-

CHERNTSHEVA, A.P.
-
SfIlect of forest
Chernozems
118 Je 153
on hydrophysical -)rop
&nvlisiJ . Pochvovadende

.CHERN'YSIEVA. A.P., FADEYEVA, T.I.
Outbreak of epidemic hepatitis in a school. Sbor. trud. Rost. gos. med.
inst. no.2200-92 163. (MA At?)
1. Iz Sanitarno-epidemiologicheskoy stantsii Proletarskogo rayona
Rostova-na-Donu i kafedry epidemiologii Rostovskogo gosudarstven-
nogo meditsinskogo instituta (zav. - prof. T.D.Yanovioh).

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